In this paper, Ultra-wideband (UWB) multiple access relay channel with correlated noises at the relay and receiver is investigated. We obtain outer and inner bounds for the IEEE 802.15.3a UWB multiple access relay channel, and also, a diversity gain bound. Finally, we evaluate some results numerically and show that noise correlation coefficients play important role in determining relay position.
Abed Hodtani,G. , Sahebalam,A. and Osmani-Bojd,M. (2016). Outage Probability Bound and Diversity Gain for Ultra-Wideband Multiple-Access Relay Channels with Correlated Noises. Journal of Communication Engineering, 2(1), 22-42.
MLA
Abed Hodtani,G. , , Sahebalam,A. , and Osmani-Bojd,M. . "Outage Probability Bound and Diversity Gain for Ultra-Wideband Multiple-Access Relay Channels with Correlated Noises", Journal of Communication Engineering, 2, 1, 2016, 22-42.
HARVARD
Abed Hodtani G., Sahebalam A., Osmani-Bojd M. (2016). 'Outage Probability Bound and Diversity Gain for Ultra-Wideband Multiple-Access Relay Channels with Correlated Noises', Journal of Communication Engineering, 2(1), pp. 22-42.
CHICAGO
G. Abed Hodtani, A. Sahebalam and M. Osmani-Bojd, "Outage Probability Bound and Diversity Gain for Ultra-Wideband Multiple-Access Relay Channels with Correlated Noises," Journal of Communication Engineering, 2 1 (2016): 22-42,
VANCOUVER
Abed Hodtani G., Sahebalam A., Osmani-Bojd M. Outage Probability Bound and Diversity Gain for Ultra-Wideband Multiple-Access Relay Channels with Correlated Noises. Journal of Communication Engineering, 2016; 2(1): 22-42.
